Eitai Heat-Resistant 200kWh LiFePO4 Battery – High-Performance, Safe, and Long-Lasting Energy Storage

One of the main advantages of Eitai’s high temperature tolerant 200kWh LiFePO4 battery is its remarkable thermal stability. When exposed to high temperature conditions, traditional batteries have a tendency to overheat, expand and in some cases explode. However, Eitai batteries are constructed using lithium iron phosphate that has greater thermal stability and can tolerate greater temperatures. These batteries units are able to perform well even in extreme conditions, and as such can be utilized in extreme climatic conditions such as for industrial machinery equipment, solar energy storage systems or in tropical regions. In addition, electric vehicles, power storage, smart grids, and warm climates benefit from Eitai batteries.

Eitai’s 200kWh LiFePO4 battery packs a greater energy density as well as lifecycle when compared to lead acid batteries. Eitai’s batteries are capable of over 2000 cycles with only an ideal decay rate however, lead acid batteries do sadly experience waste decay. The greater lifecycle translates into lower costs in commercial terms, making Eitai an ideal option for large scale energy applications along with electric vehicles, solar power production systems. A range of different types which can enable long term reusability.

Apart from thermal stability and longevity, Eitai's high temperature resistant batteries have an outstanding charge and discharge efficiency as well. The battery can be rapidly hyped and can start charging again in a short period, therefore, it reduces the waiting period. This is particularly important for electric vehicles and commercial energy storage systems. When it comes to their application in electric vehicles, Eitai Batteries can quickly re-charge; hence, the user does not have to wait for the charges to be done, and can rapidly continue to use the vehicle. Furthermore, the battery management system (BMS) is also able to accurately monitor the status of the battery and discharge to guarantee the safety and efficiency of each re-charge and discharge.